When two identical condensers are connected in series choose the correct statement regarding the working voltage (the maximum `p.d` that can be applied to a condenser) and the capacity.

In the net work three identical capacitors are connected as shown. Each of them can withstand to a maximum 100 V potential difference. What is the maximum voltage that can be applied across A and B so that no capacitor gets spoiled. .

The capacitance of two identical condensers connected in parallel is four times when they are connected in series. The ratio of the individual capacitances will be

The equivalent capacity of n identical condensers each of capacity C connented in series is given by

When two capacitors are connected in series, the equivalent capacity is 2 mu F . When they are connected in parallel, the equivalent capacity is 9 microfarad. Find the capacity of the capacitors

Two condensers of unequal capacities are connected in series across a constant voltage d.c source. The ration of the potential difference across the condenser will be.

The reciprocal of equivalent capacity of number of condensers connected in series is equal to